Our company specializes in the design and manufacturing of advanced hydrostatic leak testing machines, engineered to provide precise, reliable, and non-destructive leak detection for a wide range of components. With a focus on quality, efficiency, and safety, our machines are capable of detecting even the smallest leaks in pressurized systems, including pipes, pressure vessels, tanks, and automotive parts.

   Leveraging cutting-edge technology and automation, we offer customizable solutions tailored to meet the specific needs of industries such as aerospace, automotive, energy, and manufacturing. Our hydrostatic leak testing machines ensure that your components maintain the highest standards of integrity, helping you reduce risks, minimize waste, and improve product quality.

How this system works?

   Hydrostatic leak testing is a method used to detect leaks in various components such as pipes, pressure vessels, and other pressurized systems. The process begins by sealing the object to be tested and filling it with a liquid, typically water, though other liquids may be used depending on the requirements. Once the object is filled, it is pressurized to a predetermined level using a pump or hydraulic system. The pressure is generally higher than the object's normal operating pressure to ensure even small leaks are detected. After pressurization, the object is monitored for signs of leakage. If there is a defect, liquid will escape from cracks or holes, making the leak visible. This can be observed through visual inspection or by measuring pressure drops using sensors or gauges. In some cases, foam or bubble solutions are applied to detect smaller leaks. The object is held under pressure for a set duration, allowing adequate time for detection. Once the test is complete, the pressure is released, and the liquid is drained. Hydrostatic leak testing is non-destructive, reliable, and highly effective, offering manufacturers a simple but accurate way to ensure the integrity of components and meet safety and quality standards.

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